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Ex: I have a power source that outputs 40 kV and 40 mA. I also have a power source that outputs 12 V and 10 A. How would I combine these sources (in series, in parallel, with transformers, etc.) to get the high voltage output with the high current output?
And got the following answer:
There is no way you can get 40kV at 10A from these two power sources, no matter how you combine them. Here's why: The first power source provide 40 mA at 40 kV. This means it has a power output of: .040 * 40,000 = 1600W. The second power source provides 10A at 12V, for a power output of: 10 * 12 = 120W. So the total power output from both machines is 1600 + 120 = 1720W. Ignoring any losses from transformers or wires, at the high voltage, your MAXIMUM current would be: 1720 / 40,000 = 43mA Likewise, if you pinned the current at 10A, the MAXIMUM voltage you could achieve would be: 1720 / 10 = 172V If you wanted 40kV at 10A, you would need a total power supply of 40,000 * 10 = 400kW